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  "license_title": "License not specified",
            
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  "maintainer": "Jorgen Van Der Biest",
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  "maintainer": "Jorgen Van Der Biest",
            
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  "maintainer_email": "j.van-der-biest@unesco.org",
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  "maintainer_email": "j.van-der-biest@unesco.org",
            
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  "name": 
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  "name": 
            
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exposure-maps-for-buzi-pungwe-save-bupusa-transboundary-river-basins",
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exposure-maps-for-buzi-pungwe-save-bupusa-transboundary-river-basins",
            
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  "notes": "OpenLISEM is an open-source hydrological model suited for 
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  "notes": "OpenLISEM is an open-source hydrological model suited for 
            
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the simulation of floods, flash floods and erosion\r\nevents. The 
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the simulation of floods, flash floods and erosion\r\nevents. The 
            
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following sections provide an overview of the results from the 
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following sections provide an overview of the results from the 
            
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OpenLISEM model used in the\r\nexposure mapping\r\nA 30x30m flood map 
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OpenLISEM model used in the\r\nexposure mapping\r\nA 30x30m flood map 
            
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(maximum flood height) for the BuPuSa region was developed for several 
21
(maximum flood height) for the BuPuSa region was developed for several 
            
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points on the\r\nintensity-frequency-duration curve. This curve 
22
points on the\r\nintensity-frequency-duration curve. This curve 
            
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represents the extreme value analysis (EVA) for the rainfall 
23
represents the extreme value analysis (EVA) for the rainfall 
            
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across\r\nthe BuPuSa area. Based on 50 years of historic rainfall data 
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across\r\nthe BuPuSa area. Based on 50 years of historic rainfall data 
            
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from TAMSAT the EVA is developed for a 1000 year\r\nperiod. From this 
25
from TAMSAT the EVA is developed for a 1000 year\r\nperiod. From this 
            
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different rainfall intensities area taken which are referred to at the 
26
different rainfall intensities area taken which are referred to at the 
            
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return period. The statistical\r\npossibility of a certain rainfall 
27
return period. The statistical\r\npossibility of a certain rainfall 
            
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intensity to happen once in X many years. Flood maps were developed 
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intensity to happen once in X many years. Flood maps were developed 
            
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for the\r\nfollowing return periods: 1/2, 1/10, 1/50, 1/100 and 
29
for the\r\nfollowing return periods: 1/2, 1/10, 1/50, 1/100 and 
            
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1/1000.\r\nIn addition to 5 different return periods, two different 
30
1/1000.\r\nIn addition to 5 different return periods, two different 
            
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scenarios were modeled. A short high intensity rainfall\r\nevent that 
31
scenarios were modeled. A short high intensity rainfall\r\nevent that 
            
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typically causes flash floods, and a longer term lower intensity 
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typically causes flash floods, and a longer term lower intensity 
            
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rainfall event that typically causes fluvial\r\n(river) floods. These 
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rainfall event that typically causes fluvial\r\n(river) floods. These 
            
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events were represented by respectively a 6h rainfall event and a 14 
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events were represented by respectively a 6h rainfall event and a 14 
            
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day rainfall event. As a\r\nresult 10 different flood maps were 
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day rainfall event. As a\r\nresult 10 different flood maps were 
            
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developed.",
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    "description": "The UNESCO Intergovernmental Hydrological 
            
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Programme (IHP), founded in 1975 following the International 
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Programme (IHP), founded in 1975 following the International 
            
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Hydrological Decade (1965-1974), is the only intergovernmental 
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Hydrological Decade (1965-1974), is the only intergovernmental 
            
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cooperation programme of the UN system dedicated to water research and 
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cooperation programme of the UN system dedicated to water research and 
            
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management, and related education and capacity development. It 
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management, and related education and capacity development. It 
            
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addresses national, regional, and global water challenges, by 
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addresses national, regional, and global water challenges, by 
            
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supporting the development of sustainable and resilient societies. 
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supporting the development of sustainable and resilient societies. 
            
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Expanding a holistic understanding of water, improving technical 
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Expanding a holistic understanding of water, improving technical 
            
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capabilities, and enhancing human and institutional capacities are 
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capabilities, and enhancing human and institutional capacities are 
            
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IHP\u2019s main tools. IHP\u2019s work supports sound, evidence-based 
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IHP\u2019s main tools. IHP\u2019s work supports sound, evidence-based 
            
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water governance and decision-making drawing on transdisciplinary 
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water governance and decision-making drawing on transdisciplinary 
            
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science and technology other knowledge systems.",
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Transboundary River Basins",
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